Booz Allen Wins $85M AFRL Contract for Digital Aerospace System Design
Booz Allen Hamilton has secured an $85 million, 10-year contract with the Air Force Research Lab to develop mission-driven digital engineering and system-level design methods for next-generation aerospace vehicles.
Booz Allen Hamilton has secured an $85 million, 10-year contract from the Air Force Research Laboratory (AFRL) to pioneer next-generation digital design methods for aerospace platforms. Under the "Digital System-Level Mission-Driven Integrated Design Methods for Aerospace Systems" contract, awarded out of Wright-Patterson Air Force Base in Ohio, Booz Allen emerged victorious over seven competing bidders. The research effort fundamentally transforms how military aircraft and space vehicles are conceptualized, moving the service away from isolated component optimization toward holistic, mission-integrated system design.
The project directly aligns with a 2024 Air Force request for information (RFI) that highlighted operational bottlenecks caused by fragmented engineering workflows. Rather than designing sub-systems—such as airframes, propulsion units, power distribution, and thermal management—in traditional silos, the initiative enforces a unified paradigm. Under this framework, trade-offs across all physical and operational parameters are evaluated simultaneously against end-state mission outcomes. Technical execution will heavily rely on model-based systems engineering (MBSE), operational data science, high-performance research computing, and modern DevSecOps software practices.
For defense and military leadership, this award underscores the Department of Defense's imperative to institutionalize digital engineering and mission-driven design. As peer competitors narrow technological gaps, the Air Force requires tools that shorten development cycles and eliminate integration friction before physical manufacturing begins. Tying vehicle design directly to military utility analysis ensures that emerging platforms—ranging from uncrewed collaborative combat aircraft to next-generation air dominance systems—are optimized for contested operational environments from day one.
For defense industry contractors, the 10-year performance window signals a firm commitment by AFRL to make digital thread architectures standard operating procedure across major acquisition programs. Vendors seeking to participate in future aerospace platforms must align their internal R&D with MBSE principles and digital twin methodologies. For Booz Allen, winning this competitive award reinforces its dominance at the nexus of systems engineering, data science, and defense modernization, establishing a benchmark for how software-centric solutions drive physical platform outcomes. (Source: Washington Technology)
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